A tutorial video would be awesome! I know there is a tutorial page under the help section on the Agisoft website. But a video of how to combine the laser scans with photogrammetry would be great. I typically do this using common control points but occasionally we lay any control and it would be awesome to be able to still align everything. Pretty awesome feature you guys have added. The problem Im running into is that the photogrammetry images come in at a WAY different size/scale than the terrestrial laser scans.
Will it work in the same manner for terrestrial scanners LiDAR + camera? I don't see reasons why not, but I may expect some parameters in this pipeline optimized for data captured by drone.
Yes, this idea also works for TLS in Metashape. Although in the case of TLS (terrestrial laser scanners) there is no scanner trajectory because it is stationary during shooting, the scanner position is indeed taken into account in the same way as described in the video about trajectory (just visibility rays are drawn not from the trajectory but from the stationary position of the scanner).
A tutorial video would be awesome! I know there is a tutorial page under the help section on the Agisoft website. But a video of how to combine the laser scans with photogrammetry would be great. I typically do this using common control points but occasionally we lay any control and it would be awesome to be able to still align everything. Pretty awesome feature you guys have added. The problem Im running into is that the photogrammetry images come in at a WAY different size/scale than the terrestrial laser scans.
thank you! btw. Is there some way to combine lidarSLAM data(pcd) with photogrammetry(pano images)?
If I have a trajectory and lidar point cloud in my project, how do I apply the visibility ray filtering?
amazing soft! Definity better than reality capture
Will it work in the same manner for terrestrial scanners LiDAR + camera?
I don't see reasons why not, but I may expect some parameters in this pipeline optimized for data captured by drone.
Yes, this idea also works for TLS in Metashape. Although in the case of TLS (terrestrial laser scanners) there is no scanner trajectory because it is stationary during shooting, the scanner position is indeed taken into account in the same way as described in the video about trajectory (just visibility rays are drawn not from the trajectory but from the stationary position of the scanner).
Thank you
Well done!